The rapid increase in the innovation of fifth-generation (5th G) technology is a critical indicator of an explosion in technologies that satisfy everyday needs, and antennas for 5G with reduced delay, minimal path loss, and a continuous pattern of radiation will be essential. The upcoming 5G Massive multiple inputs, multiple outputs (MIMO) antenna will improve the performance of future-generation wireless communication systems. The primary advantages of 5G technologies are their greater transmission speeds, extremely high data rates, improved reliability, less latency, enhanced spectral efficiencies, and the possibility of connecting a greater number of wireless devices to the networks. The Massive MIMO antenna is one of the most anticipated 5G technologies, which boosts the capacity compared to a conventional MIMO antenna, increasing the spectral efficiency by 50 times. In this review article, we discussed mutual coupling and then techniques and how to reduce the coupling between antennas. The goal of this study is to look at the huge MIMO antennas from a number of different angles.

中文翻译：

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基于5G天线的massive-MIMO综合考察

第五代 (5th G) 技术创新的快速增长是满足日常需求的技术爆炸式增长的关键指标，具有延迟减少、路径损耗最小和连续辐射模式的 5G 天线将至关重要. 即将推出的 5G 大规模多输入多输出 (MIMO) 天线将提高下一代无线通信系统的性能。5G 技术的主要优势在于其更高的传输速度、极高的数据速率、更高的可靠性、更少的延迟、更高的频谱效率以及将更多无线设备连接到网络的可能性。Massive MIMO 天线是最受期待的 5G 技术之一，与传统 MIMO 天线相比，它提高了容量，将频谱效率提高 50 倍。在这篇评论文章中，我们讨论了互耦合技术以及如何减少天线之间的耦合。本研究的目的是从多个不同角度观察巨大的 MIMO 天线。